The Freeform PICO was the first 3D printer of its kind to use a solid state UV LED light source. Asiga has perfected this technology with the new PICO 2. Based on Asiga's proven SAS technology, the PICO 2 is ideal for direct manufacturing applications where precision, speed, and reliability are essential. The open material system allows unrestricted choice for professional applications including jewelry manufacturing, dental restorations, and hearing-aid production.

New features include precision all-glass custom optics for achieving sharper details, single point calibration, WiFi, and a touch screen.

The PICO 2 package comes with everything you need to start printing. The package includes a Flash, calibration kit, and your choice of a 250mL material pack.

Performance

Pico 2 HD

Pico 2 HD UV

Build Size: X, Y, Z

71.1 × 40 × 75 mm

71.1 × 40 × 75 mm

Pixel Size: X, Y

37 µm

37 µm

Accuracy: Z

Varies as low as 1 µm

Varies as low as 1 µm

Print Speed

40 mm/h

40 mm/h

Power

12 VDC 10A

12 VDC 10A

Software

Asiga Composer Included

Asiga Composer Included

LED Wavelength

405 nm

385 nm

File Input

STL & SLC

STL & SLC

Machine Size

260 x 380 x 370 mm

260 x 380 x 370 mm

Weight

30 lbs

30 lbs

Network Compatibility

Ethernet & WiFi

Ethernet & WiFi

Item Number

53-231

Coming Soon

Frequently Asked Questions

How long (roughly) does it take to calibrate the unit and how often do I need to do it?

Calibration takes 2 minutes and is required when the machine is moved and approximately every few months. It just requires a screwdriver. The LED is automatically calibrated by an internal sensor.

Do the design’s parts need to be ‘water tight’ and can the unit grow intersecting parts?

Intersecting parts are okay. Watertight is not strictly required as our slicer can tolerate some errors. But of course the customer needs to supply a reasonably good quality STL file.

What maintenance is required (annual, monthly), per use changing fluids?

Only maintenance required is the alignment calibration as described above, and general cleaning as required. The grub screws on the linear stage may require re-tightening on an annual basis.

Approximately how many pieces can you get from a bottle of material?

As for yield from a 500mL (500cc) bottle of material, first find the volume of the part you wish to print, add 10% for waste and then divide part volume from 500cc. 500/(part volume +10%). For a standard ladies wedding band you will be anywhere from 500-900 parts from one bottle of material (depending on weight/volume).